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Showing 1 to 3 of 3 for “"DNA strand displacement"”.

  1. Towards smart molecular biosensors: Modulation of DNA strand displacement reactions with transcription factors for robust and tunable arsenic quantification

    … in synthetic biology tools, such as isothermal DNA amplification, CRISPR-Cas and DNA strand displacement (DSD), have accelerated this transition and the ongoing COVID-19 pandemic has made biological testing ubiquitous. Nucleic acid diagnostics have been at the forefront of this trend, …

    cambridge Repository record for Towards smart molecular biosensors: Modulation of DNA strand displacement reactions with transcription factors for robust and tunable arsenic quantification (opens in a new tab)

  2. Simulation informed design of stimuli responsive structures and higher-order assemblies in DNA nanotechnology

    … thermodynamics rather than instrument precision. DNA nanotechnology is a versatile self-assembly technique. Favourable DNA-DNA interactions are mediated by Watson-Crick base pairs which form only between complementary nucleotides. Mutual affinity and equilibrium structure can be programmed by an …

    cambridge Repository record for Simulation informed design of stimuli responsive structures and higher-order assemblies in DNA nanotechnology (opens in a new tab)

  3. Programming Molecular Devices using Nucleic Acid Hairpins

    … last four decades. They are composed of single strand that is </p><p>hybridized to itself, and the central section forming an unhybridized loop. In nature, they stabilize single stranded RNA, serve as nucleation</p><p>sites for RNA folding, protein recognition signals, mRNA localization and …

    duke Repository record for Programming Molecular Devices using Nucleic Acid Hairpins (opens in a new tab)